How we contribute to science and innovation
Renewable Energy
Transitioning to renewable energy not only helps to combat global warming by reducing carbon emissions but also promotes economic growth, job creation, and technological innovation.
One transformative aspect lies in the conversion of waste heat into valuable energy, a process that not only minimizes environmental impact but also maximizes resource utilization.
Redefining conventional cooling methods not only reduces energy consumption but also diminishes reliance on refrigerants with high global warming potential.
TRANSFORMING WASTE HEAT INTO VALUABLE ENERGY
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LIST in collaboration with ArcelorMittal Foundation Luxembourg unveiled Heat2Power®, a tool designed to optimize waste heat recovery and convert it into valuable electrical energy. LIST had been working closely with ArcelorMittal’s operational teams, centered around the concept of the «Forge,» to develop and test innovative solutions as part of ArcelorMittal’s transition to circular and decarbonized steel production.
Through the Heat2Power project, LIST and ArcelorMittal joined forces on methods of process integration and mathematical optimization to maximize electricity and steam generation from waste heat. The tool utilizes specific technologies and a sophisticated optimization algorithm to identify the most efficient and economically viable solutions. The software, soon to be deployed as Software as a Service (SaaS), provides an intuitive interface for users to input data regarding waste heat streams and relevant parameters. The algorithm then processes this data to provide users with an optimized system design, which can be further fine-tuned manually.
Heat2Power® represents a significant step towards a greener and more sustainable future for industrial processes, contributing to the decarbonization efforts of companies like ArcelorMittal. The partnership between LIST and ArcelorMittal highlights the importance of collaboration between research organizations and industry in driving innovation and addressing complex challenges.
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REDEFINING CONVENTIONAL COOLING METHODS
Researchers at LIST have introduced a groundbreaking refrigeration technology set to transform conventional cooling methods that harm the environment. Their recent publication in Science
showcases the potential of using the electrocaloric effect, where materials undergo reversible temperature changes in response to an electric field.
LIST pioneered the development of electrocaloric materials. Their innovative design utilizes multilayer capacitors within a fluid-filled pipe, termed a regenerator, to induce cooling effects through an electric field. This technology, unlike traditional refrigeration systems relying on vapour compression, offers a more energy efficient and eco-friendly alternative, replacing compressors and harmful fluids.
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PIONEERING THE FUTURE OF HYDROGEN WITH NEW MATERIALS
During Hydrogen Week, LIST showcased pioneering research in hydrogen production and material development. With its two projects, STONB and HEPHOTO, focusing on strontium titanate and sodium tantalate respectively, to enhance solar-driven water splitting for hydrogen production, Sybilla lab took centre stage.
Through innovative processes, Sybilla Lab optimizes material properties, boosting solar photon absorption. With funding from Luxembourg National Research Fund and collaboration with 3D-Oxides, these projects set new standards in hydrogen production. Sybilla Lab’s capabilities, supported by the Sybilla 450 machine, enable scalable production of crucial photoelectrodes.
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INCREASING OUR FOOTPRINT IN THE LARGEST TECHNICAL PROFESSIONAL SOCIETY OF ELECTRICAL AND ELECTRONIC ENGINEERS IN BENELUX
Pedro Rodríguez took the helm as Chair of the IEEE Benelux IAS/PELS/PES Joint Chapter. With vast experience as Head of the Intelligent Clean Energy Systems unit and recognized as a Fellow of the IEEE, his appointment heralds a new era of collaboration in Belgium, the Netherlands, and Luxembourg. The chapter, representing a significant cohort of over 3500 members, aims to bridge the gap between researchers, industry professionals, and students. Through various initiatives, including the upcoming IEEE Benelux IAS/PELS/PES Young Researchers Symposium, the focus remains on fostering interaction and knowledge exchange.
Pedro’s leadership underscores the commitment to advancing industrial applications, power electronics, and electrical power engineering. With his guidance, the Chapter is poised to make significant strides in promoting innovation and excellence within the field.
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